Volkswagen Group of America, Inc. (Audi) has issued a recall for certain 2022-2024 Audi Q5 Quattro and Q5 Sportback Quattro vehicles due to a potential problem with the cylinder head cover screws. The screws may have been improperly tightened, which can cause them to loosen over time, leading to engine oil leaks from the cylinder head cover screw holes.

According to the defect report, the issue is attributed to varying tightening torques during the screwing process of the cylinder head cover, resulting in a potentially insecure screw connection and compromised sealing of the cylinder head cover. If engine oil comes into contact with hot parts of the engine, it can cause a fire. Owners are advised to be vigilant for signs of smoke in the engine compartment and to safely park their vehicle immediately if they notice any unusual odors or smoke.

The recall was prompted by customer complaints received by Audi in May 2023, which reported oil leaking from cylinder head covers of Audi Q5 2.0 TFSI vehicles. An investigation was launched, and a root cause analysis suggested that screws with burrs caused during the manufacturing process may have damaged the cylinder head cover surface, leading to oil leakage and potential torque reduction over time.

Despite implementing manufacturing improvements, Audi continued to monitor the field and recognized an increase in oil leak claims in early 2024. In response, the company issued a Technical Service Bulletin instructing dealers to inspect the cylinder head cover screws and replace any loose screws. Further analysis by the engine plant revealed the potential for improperly torqued cylinder head cover screws, leading Audi to review the screwing process with its supplier and implement changes.

However, despite these efforts, the U.S. market reported an increase in field claims of oil leakage and thermal event incidents between November and December 2024. Audi inspected and analyzed these cases, evaluating potential root causes and contributing factors. The company’s Product Safety Committee ultimately decided to conduct a safety recall for the affected vehicles on April 30, 2025.

To date, Audi has received 2,539 potentially related warranty claims of oil leaks in the U.S. and eleven thermal event cases. Early engine oil leaks can be difficult to detect, but advanced cases may be accompanied by an unpleasant odor or smoke in the engine compartment when the engine is hot.

To address the issue, dealers will inspect and replace the screws as necessary. Owner notification letters are expected to be mailed on July 8, 2025. The recall is identified by Audi’s number 15ZK and the NHTSA campaign number 25V-294. Owners of affected vehicles are advised to contact their local dealership for further information and to schedule an inspection and repair if necessary.

Hyundai Motor America has announced a safety recall affecting a limited number of 2025 Hyundai Palisade vehicles due to a potential problem with the controller for the electric oil pump (EOP). The issue, which may cause an electrical short and increase the risk of a vehicle fire, is attributed to an insufficient seal on the EOP controller housing.

According to Hyundai, the problem was first identified in March 2025, when the company was notified of a potential issue involving the electric oil pump installed on a model year 2025 Palisade produced in Ulsan. An investigation revealed that a damaged spring in the tooling used during manufacturing may have compromised the hermetic sealing of the EOP controller housing, allowing moisture to accumulate on the printed circuit board and increasing the risk of electrical shorting.

The National Highway Traffic Safety Administration (NHTSA) was informed of the issue, and after reviewing the findings, Hyundai decided to conduct a safety recall of all affected model year 2025 Hyundai Palisade vehicles in the U.S. The recall aims to replace the EOP controller and associated wiring harness, if necessary, to prevent any potential fires.

Symptoms and Precautions

Drivers of affected vehicles may notice a burning or melting odor or an illumination of the Malfunction Indicator Light. While owners can continue driving their vehicles, Hyundai recommends parking them outside and away from structures until the recall remedy is completed as a precautionary measure.

Recall Remedy and Notification

Hyundai will notify all owners of the subject vehicles by first-class mail, instructing them to bring their vehicles to a Hyundai dealer for replacement of the EOP controller. The recall remedy is expected to begin on July 4, 2025. Owners can contact Hyundai’s customer service or visit the NHTSA website for more information on the recall.

The recall number assigned by Hyundai is 278, and the NHTSA campaign number is 25V-291. Affected owners are encouraged to follow the instructions provided in the notification letter to ensure their vehicle is repaired promptly and safely.

In conclusion, while the electric oil pump issue affects only a small number of 2025 Hyundai Palisade vehicles, it is essential for owners to be aware of the potential problem and take necessary precautions to prevent any accidents. By following the recommended steps and cooperating with Hyundai’s recall efforts, owners can ensure their vehicle is safe to drive and minimize any risks associated with this issue.

A critical safety issue has been identified in certain Volvo cars, prompting thousands of owners to bring their vehicles in for repairs. The affected models include the 2020-2021 S90, 2020-2022 S60, V60, XC60, XC90, and 2022 V90 plug-in hybrid vehicles. According to Volvo Cars, a production deviation in the battery module can cause a short circuit when the vehicle is fully charged and parked, increasing the risk of a fire.

The problem arises from a supplier process defect that can lead to an internal short circuit within certain battery cells. This can result in overheating of the battery cells, potentially causing a thermal event when the vehicle is parked and fully charged. Fortunately, Volvo Cars has not received any reports of incidents occurring while driving, and there have been no reported injuries, fatalities, or crashes related to this condition.

The investigation into the issue began in February 2024, after Volvo Cars received its first report of a thermal event. The company’s Critical Concern Action Process (CCAP) was initiated, and a technical investigation was conducted to determine the root cause of the problem. After completing the investigation in March 2025, the Critical Concern Management Team (CCMT) decided to prepare for a recall due to the increased risk to motor vehicle safety.

To address the issue, Volvo Cars is advising owners of affected vehicles not to charge their cars until the remedy has been completed. Dealers will inspect and replace the high-voltage battery module as necessary, and update the software to monitor the battery. Owner notification letters are expected to be mailed on May 15, 2025.

The recall affects a range of Volvo models, including:

  • 2020-2021 S90
  • 2020-2022 S60
  • 2020-2022 V60
  • 2022 V90
  • 2020-2022 XC60
  • 2020-2022 XC90

Volvo Car’s number for this recall is R10312, and the NHTSA campaign number is 25V-179. Owners who receive recall notices are encouraged to contact their local dealerships to schedule the necessary repairs.

Note: Owners are advised to take precautions to minimize the risk of a thermal event. By not charging their vehicles until the remedy has been completed, owners can help prevent any potential fires.

The 2019-2020 Ford Fusion Energi has been plagued by a series of problems, including a critical safety recall that has left many owners concerned about their vehicle’s reliability and safety. This article talks about the issues affecting these vehicles, including recall 23S33, and provide you with essential information to help you navigate this situation.

Recall 23S33: A Fire Risk in the Trunk Area

In recent months, Ford has issued a voluntary recall (23S33) for certain 2019-2020 Ford Fusion Energi models due to a potential fire risk in the trunk area. According to the defect report, the high-voltage battery in these vehicles can overheat, causing a fire that may spread to other parts of the vehicle. This defect can occur when the vehicle is being driven or parked. It’s not uncommon for owners to experience symptoms such as:

  • A burning smell while driving
  • The vehicle displaying a “Stop Safely Now” message
  • A loss of power within seconds
  • A fire breaking out in the trunk area

Other Problems Affecting the Ford Fusion Energi

In addition to the recall, many owners have reported other issues with their 2019-2020 Ford Fusion Energi vehicles. Some common problems include:

  • Transmission Issues: Owners have complained about rough shifting, hesitation, and failure to engage gears properly.
  • Electrical System Malfunctions: Faulty wiring, faulty sensors, and software glitches have caused a range of issues, including erratic behavior from the vehicle’s systems.
  • Battery Drain: Some owners have experienced premature battery drain, which can leave them stranded.

Lemon Laws and Your Rights

If your 2019-2020 Ford Fusion Energi has been plagued by repeated problems, you may be entitled to relief under state or federal lemon laws. These laws are designed to protect consumers from defective vehicles and provide a range of remedies, including refunds, replacements, and compensation for damages.

Conclusion

The 2019-2020 Ford Fusion Energi recall is a serious issue that affects not only the vehicle’s safety but also its overall reliability. If you’re an owner of one of these vehicles, it’s crucial to stay informed about the latest developments and take proactive steps to protect yourself and your passengers. By understanding your options and rights under lemon laws, you can navigate this situation with confidence and ensure that your voice is heard.

A critical issue has been identified by Jaguar Land Rover North America, LLC (Jaguar) affecting a small number of 2019 Jaguar I-PACE vehicles that underwent an improper interim repair under recall number 24V-633 . The problem arises from the high-voltage battery’s potential to overheat due to incorrect completion of safety recall software updates.

Discovery and Investigation

The issue came to light following an internal review of warranty claims for interim recall remedy H514 . It was found that several retailers had not correctly completed the H514 safety recall software updates, leaving affected vehicles with the safety defect. Investigations showed that some retailers had either not started or incorrectly completed the required repairs.

Risks and Consequences

According to the defect report, an incorrectly repaired vehicle is at risk of experiencing a vehicle thermal overload condition, which can manifest as fire or smoke. This increases the risk of injury to occupants and bystanders, as well as potential property damage. Notably, vehicle owners will not be aware that their vehicle’s interim repair was not done correctly.

Owner Precautions and Repairs

To mitigate these risks, owners are advised :

  1. Park Outside : Park the vehicle outside, away from structures.
  2. Charge Limitation : Limit charging to a maximum of 80% until the recall repair is completed.

Dealers will update the battery energy control module software as an interim repair. Owner notification letters are scheduled to be mailed on February 7, 2025 , providing detailed instructions for addressing this issue.

Final Repair and Resolution

As a final resolution, Jaguar plans to repurchase the affected vehicles under recall number 24V-633. The recall is identified by Jaguar’s number H529 and the NHTSA campaign number is 24V-927.

Chrysler Pacifica Battery FireChrysler (FCA US, LLC) has found a problem with some 2019-2021 Pacifica Plug-In Hybrid Electric (PHEV) vehicles, as well as some 2017-2018 Pacifica PHEVs that got a software update under a previous recall (NHTSA recall number 22V-077). The issue is with the battery pack, which could cause a fire even when the car is parked and the ignition is off.

Chrysler first learned about this issue in February 2022 through the Vehicle Regulations Committee, which led them to start a voluntary safety recall on certain Pacifica PHEVs, known as recall Z11.

Since then, Chrysler and LG Energy Solution (LGES) have been working to figure out the root cause of the problem. They’ve analyzed field reports, bought back vehicles, looked at vehicle data, conducted thermal tests, and torn down battery packs to get to the bottom of it.

In November 2022, the Technical Safety and Regulatory Compliance (TSRC) team at Chrysler was informed about a battery fire in a Pacifica PHEV that had already been fixed under recall Z11.

From June 2023 to December 2023, TSRC learned about five more fires involving the HV battery in some Pacifica PHEVs that had the Z11 remedy. They tried to buy back these vehicles to analyze if the recall fix was working.

In April 2024, Chrysler received a Pacifica PHEV with a post-Z11 remedy fire in the battery pack. After analyzing the vehicle and battery pack, they sent the battery back to the supplier for further inspection. They found a torn anode tab in one of the cells, but couldn’t identify a second factor causing the fires. This confirmed that the Z11 remedy wasn’t effective.

A folded or torn anode tab can lead to lithium by-product build-up over time. This defect, combined with another unknown factor, can cause an internal short in the battery pack, potentially resulting in a vehicle fire.

Chrysler advises owners not to charge their vehicles and to park them outside and away from structures until repairs are made. Dealers will update the high voltage battery pack control module (BPCM) software, and if necessary, replace the battery pack assembly. The recall numbers are 72B and 73B, and the NHTSA campaign numbers are 24V-356 and 24V-358. Vehicles previously repaired under recall 22V-077 will need to have the new fix applied.

Jaguar I-PaceIn a recent development, owners of 2019 Jaguar I-Pace vehicles are being urged to take immediate action due to a critical safety concern that could potentially lead to vehicle fires. The issue revolves around battery packs manufactured within a specific time frame, which have been identified as prone to technical faults, posing a significant risk of thermal overload.

The affected battery packs, produced between March 1, 2018, and May 31, 2018, have exhibited several technical deficiencies that increase the likelihood of short circuits within the battery cells. These short circuits generate excessive heat, particularly when the battery state of charge exceeds approximately 85%, ultimately triggering a thermal overload condition.

While some vehicles have undergone modifications through a previous safety recall (H441), mitigating the risk to some extent, Jaguar is ensuring the safety of all potentially affected vehicles and a new safety recall, identified as H484, has been initiated to address this critical issue.

The ramifications of a vehicle thermal overload event, such as fire or smoke, are severe and pose significant risks to occupants and bystanders alike. Occupant injury, damage to property, and even injury to persons outside the vehicle are potential outcomes of such incidents, underscoring the urgency of addressing this issue promptly and comprehensively.

In response to this safety concern, Jaguar has outlined interim measures for affected vehicle owners to mitigate the risk until a permanent solution is implemented. Owners are advised to park and charge their vehicles outdoors, away from structures, and to limit charging to a maximum of 75% state of charge. These precautions aim to minimize the risk of thermal overload incidents until the necessary repairs are completed.

Notification letters are scheduled to be dispatched to affected owners starting April 26, 2024. The recall process, identified by the National Highway Traffic Safety Administration (NHTSA) campaign number 24V-183, aims to rectify the underlying issue and ensure the safety and peace of mind of Jaguar I-Pace owners.

It’s imperative for owners of 2019 Jaguar I-Pace vehicles to heed this safety warning and comply with the manufacturer’s instructions promptly. Failure to address this issue in a timely manner could potentially lead to catastrophic consequences. Additionally, owners are encouraged to stay informed about further developments regarding the recall and to take appropriate action as advised by Jaguar and regulatory authorities.

NOTE: This recent safety recall, identified by NHTSA Recall Number 24V-183, is not the first instance where concerns regarding the same problem have been raised. Previous recalls, such as, NHTSA Recall Numbers 24V-085, 23V-709, and 23V-369, have also addressed issues related to thermal overload and potential fire hazards in Jaguar I-Pace vehicles. These recalls underscore the seriousness of the underlying technical issues and the manufacturer’s ongoing efforts to rectify them. Owners should be vigilant and proactive in responding to these recalls to ensure the safety and integrity of their vehicles.

The Volkswagen Group of America, operating under its Audi brand, has recently identified a critical issue in a range of its electric vehicle models. This issue revolves around the charging system, specifically the high-voltage battery modules, raising concerns about potential overheating and fire safety risks.

Affected Models

The problem affects several Audi models between 2019 and 2024, including the RS e-tron GT, e-tron GT, Q4 e-tron Sportback, Q4 e-tron, Audi A8, e-tron Quattro, e-tron Sportback Quattro, Q5, and A7.

Overheating High-Voltage Battery Modules

The central issue lies in the high-voltage battery modules, which are prone to overheating. This has been especially evident when charging with the industrial 220V/240V plug at a current of 40 amperes. Crucially, Investigations revealed that the charging equipment itself was not at fault. Instead, the issue often stemmed from household power outlets and wiring incapable of handling the required current, leading to overheating of the home infrastructure.

Initial Discovery and Response

The issue first came to light in April 2020, following a fire incident outside the U.S. Audi collaborated with their high-voltage battery supplier, LG Energy Solutions, to investigate. By mid-2023, a noticeable increase in thermal events led to a deeper examination. Despite a service campaign in April 2022 that included a software update for cell module balancing, issues persisted.

Recall and Remedial Actions

In response, Audi initiated a voluntary global safety recall, designated 93U9 by Audi and 23V-867 by the NHTSA. The recall includes installing onboard diagnostic software to monitor battery module performance and replacing affected modules as necessary. Interim notification letters are scheduled for February 2024, with a detailed follow-up expected in the third quarter of the same year.

Charging Cable Replacement

A significant aspect of the recall is the replacement of the power cable used for industrial sockets (220V/240V/NEMA 14-50). The existing cable (part number 7PP971678 ED) will be replaced with a new design (part number 7PP971678GA), featuring temperature sensors. These cables should be available in the second quarter of 2024.

Safety Concerns and User Guidance

Owners of affected models are advised to be cautious, especially when using industrial sockets for charging. The overheating issue can cause not only damage to the charging cable but also pose a risk to household electrical infrastructure. If the problem exists, users may notice the charging cable feeling hot to the touch after use.

This recall underscores the importance of matching electric vehicle charging systems with compatible household wiring. Audi’s proactive steps in addressing this issue highlight their commitment to customer safety and the integrity of their electric vehicle line. Owners of the affected models are encouraged to heed recall notices and ensure their home charging setups are compatible and safe.

The charging issue identified in Audi’s electric vehicles bears notable similarities to the Chevrolet Bolt recall (21V-650). In both cases, the central concern revolves around the battery systems and the associated risk of overheating, which could potentially lead to fire hazards. The Chevrolet Bolt recall, much like Audi’s, involved issues with high-voltage battery packs that were found to be prone to catching fire. Both recalls necessitated substantial corrective actions, including software updates, close monitoring of battery performance, and in some cases, the replacement of battery modules. Furthermore, these incidents highlight a broader challenge in the electric vehicle industry, emphasizing the need for more robust and safe battery technologies and charging infrastructures. Such parallels underline the growing pains of electric vehicle technology and the critical importance of ensuring safety as these vehicles become increasingly prevalent.